Johannes Hunink

Dr. Johannes Hunink is a senior hydrologist with fifteen years of international experience in decision support studies for water resources management. He is experienced in the use of simulation models and remote sensing for the assessment of water-related climate risks, flood and drought mitigation measures, and water-related ecosystem-services. Trained as a computational geographer, he is skilled in integrating large datasets and satellite data into numerical tools to support strategic decision making. Johannes has been project manager and leading analyst in a wide range of research and consultancy projects around the world, including Albania, Armenia, Azerbaijan, Bolivia, Cambodia, Chile, Ethiopia, Gabon, Georgia, Indonesia, Kenya, Kazakhstan, Kirgizstan, Laos, Mauritius, Morocco, Tajikistan, Tanzania, Thailand, Uganda, Uzbekistan, Vietnam and Zambia. Currently he is Managing Director of FutureWater´s office in Cartagena, Spain.

2015 - FutureWater Report 138Contreras, S., J.E. Hunink. 2015. Water accounting at the basin scale: water use and supply (2000-2010) in the Segura River Basin using the SEEA framework. FutureWater Report 138.X

Water accounting at the basin scale: water use and supply (2000-2010) in the Segura River Basin using the SEEA framework

2010 - XVIII International Conference on Computational Methods in Water ResourcesPérez-Paricio, A., J.E. Hunink, E. Kupper, J. Raso Quintana. 2010. Estimation of the river conductance coefficient using streambed slope for modeling of regional river-aquifer interaction. XVIII International Conference on Computational Methods in Water Resources, 2010, BarcelonaX

Estimation of the river conductance coefficient using streambed slope for modeling of regional river-aquifer interaction

Pérez-Paricio, A., J.E. Hunink, E. Kupper, J. Raso Quintana

2010 - Proceedings of the 2010 International Conference on Emerging Infectious DiseasesVan der Hoek, W., J.E. Hunink, T. Veenstra, P. Droogers. 2010. Q Fever in the Netherlands: the role of local environmental conditions in the largest epidemic ever reported. Proceedings of the 2010 International Conference on Emerging Infectious Diseases, AtlantaX

Q Fever in the Netherlands: the role of local environmental conditions in the largest epidemic ever reported